Abstract
Geometrical program module for modeling hadron and electromagnetic cascades, which accomplishes comparison of physical coordinates with the particle current state of one of the auxilliary cells, is described. The whole medium wherein the particles are tracked, is divided into a certain number of auxilliary cells. The identification algorithm of the cell, through which the particle trajectory passes, is considered in detail. The described algorithm for cell identification was developed for the MARS program and realized in form of a set of subprograms written in the FORTRAN language. 4 refs., 1 tab.
Citation Formats
Talanov, V V.
Universal geometrical module for MARS program; Universal`nyj geometricheskij modul` dlya programmy MARS.
Russian Federation: N. p.,
1992.
Web.
Talanov, V V.
Universal geometrical module for MARS program; Universal`nyj geometricheskij modul` dlya programmy MARS.
Russian Federation.
Talanov, V V.
1992.
"Universal geometrical module for MARS program; Universal`nyj geometricheskij modul` dlya programmy MARS."
Russian Federation.
@misc{etde_10122790,
title = {Universal geometrical module for MARS program; Universal`nyj geometricheskij modul` dlya programmy MARS}
author = {Talanov, V V}
abstractNote = {Geometrical program module for modeling hadron and electromagnetic cascades, which accomplishes comparison of physical coordinates with the particle current state of one of the auxilliary cells, is described. The whole medium wherein the particles are tracked, is divided into a certain number of auxilliary cells. The identification algorithm of the cell, through which the particle trajectory passes, is considered in detail. The described algorithm for cell identification was developed for the MARS program and realized in form of a set of subprograms written in the FORTRAN language. 4 refs., 1 tab.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}
title = {Universal geometrical module for MARS program; Universal`nyj geometricheskij modul` dlya programmy MARS}
author = {Talanov, V V}
abstractNote = {Geometrical program module for modeling hadron and electromagnetic cascades, which accomplishes comparison of physical coordinates with the particle current state of one of the auxilliary cells, is described. The whole medium wherein the particles are tracked, is divided into a certain number of auxilliary cells. The identification algorithm of the cell, through which the particle trajectory passes, is considered in detail. The described algorithm for cell identification was developed for the MARS program and realized in form of a set of subprograms written in the FORTRAN language. 4 refs., 1 tab.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}